Bellin Laser won the prestigious "Ringier Technology Innovation Awards 2022 in Laser Processing Industry," cementing its position as a leader in the field of Laser Processing. The award recognizes our outstanding contribution to the industry through our 100W picosecond IR laser (Amber NX IR-100S), which has helped revolutionize the way glass, ceramics, and sapphire are cut and drilled.

The awards ceremony was held on November 9th in Shanghai, and Bellin Laser emerged victorious, thanks to our relentless focus on research and development of micro and nano processing lasers. Our commitment to innovation has propelled us forward, and we will continue to lead the ultrafast laser industry through our dedication to excellence.

100W picosecond IR laser (Amber NX IR-100S)

R&D background

Our 100W picosecond IR laser is a result of years of research and development. We recognized the need for higher laser parameters in order to cut thick glass with maximum efficiency, and we responded with a product that is both powerful and efficient. With an output pulse width below 10ps and beam quality measured M 21.3, our laser offers unparalleled precision and accuracy in cutting thick glass (>5mm). 

Product Features

At Bellin Laser, we are committed to providing our clients with the best possible solutions for their laser processing needs. Our 100W picosecond IR laser uses a combination of fiber seed source and free space solid-state amplifier to achieve high power picosecond laser output. The laser incorporates a high performance fiber seed source with stable performance, flexible output parameters, and an estimated service life of over 40000 hours. Multistage solid state amplifier technology was employed to achieve peak power laser output of greater than 100W. Our laser pulse energy exceeded 2mJ, making it one of the most powerful lasers on the market.

We are proud to have won the "Ringier Technology Innovation Awards 2022 in Laser Processing Industry," and we will continue to innovate and push the boundaries of what is possible in laser processing technology.